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首页> 外文期刊>Biological Conservation >Synergy between nature reserves and agri-environmental schemes in enhancing ditch bank target species plant diversity
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Synergy between nature reserves and agri-environmental schemes in enhancing ditch bank target species plant diversity

机译:自然保护区与农业环境计划在增强沟岸目标物种植物多样性方面的协同作用

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摘要

The issue of what conservation strategies to apply in agricultural landscape for the most effective protection of biodiversity has been debated for some years. The creation and maintenance of nature reserves is often hampered by both ecological and economic factors, while the ecological effectiveness of agri-environment schemes (AES) is still being queried. Our study examined how the spatial pattern of nature reserves and AES affects the diversity of 25 target species of conservation interest in ditch banks and how this information might be used to develop a strategy resulting in synergy between protected areas and enhanced matrix quality. We studied target species plant diversity on 92 ditch banks under AES and on 102 banks not under such a regime; all of them running parallel to nature reserves. We compared the results with those obtained from a previous study which focused on ditch banks running transverse. On non-AES ditch banks running parallel to nature reserves, there was a significant decline in species richness with increasing distance from the nature reserve while this was not the case for AES ditch banks. The effect of AES differed between the two directions, with a significant effect beyond 200m in the parallel direction and within 200m in the transverse direction. Our results indicate that synergy between nature reserves and AES can enhance plant diversity and, since the AES effect was different in different direction due to wind direction and nitrogen input to adjacent fields, location of AES should be chosen carefully.
机译:在农业景观中采用哪种保护策略以最有效地保护生物多样性这一问题已经争论了多年。自然保护区的建立和维护经常受到生态和经济因素的阻碍,而农业环境计划(AES)的生态有效性仍在被质疑。我们的研究研究了自然保护区和AES的空间格局如何影响沟渠中25个具有保护意义的目标物种的多样性,以及如何利用这些信息来制定战略,从而在保护区和增强基质质量之间产生协同作用。我们在AES下的92个沟岸和非这种制度下的102个河岸上研究了目标物种的植物多样性;它们都与自然保护区平行运行。我们将结果与先前研究的结果进行了比较,该研究专注于横向延伸的沟渠。在与自然保护区平行运行的非AES沟岸上,物种丰富度随着与自然保护区距离的增加而显着下降,而AES沟库则并非如此。 AES的效果在两个方向之间有所不同,在平行方向上超过200m且在横向方向上200m以内的效果显着。我们的结果表明,自然保护区和AES之间的协同作用可以增强植物的多样性,并且由于风向和向相邻田地的氮输入,AES在不同方向上的作用不同,因此应谨慎选择AES的位置。

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